Thomas Claverie

Centre National de la Recherche Scientifique, Université de Montpellier, Marine Biodiversity Exploitation and Conservation

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About

Thomas Claverie is a pioneering researcher at the intersection of marine ecology and robotics, whose work is revolutionizing how we monitor and protect fragile coral reef ecosystems. His primary research areas include autonomous underwater vehicles (AUVs), marine biodiversity assessment, and robotic control systems for environmental monitoring. Claverie’s most significant contribution came from a landmark 2021 study demonstrating that underwater robots can provide fish biodiversity assessments comparable to those conducted by human scuba divers on coral reefs—a finding with 21 citations that has profound implications for scaling up reef monitoring efforts. This work addresses the critical challenge of tracking rapid ecosystem changes under increasing threats from climate change and habitat destruction. Beyond this, Claverie has developed innovative quaternion-based control systems for robotic observation of marine diversity and formal methods for mission controller generation, enabling more reliable and autonomous data collection. His 2020 field testing of underwater robots in Mayotte further validated these technologies in real-world conditions. By bridging robotics and conservation biology, Claverie is creating scalable tools that allow scientists to monitor marine biodiversity at unprecedented scales and frequencies, directly supporting efforts to protect our rapidly changing oceans.